from macros.expression import Implies, Match, ActionList, EQ, GT, NEQ, Action
from macros.types import IPAddr, Port
from macros.variables import Input, Output, FreeVariable
from macros.macro import Invariant, Precedence, Reaction
invariants = list()
precedences = list()
reactions = list()
react1 = Reaction(
Match([EQ(Input("ip4Src"), IPAddr("10.0.0.3"))]),
Implies(Match([
EQ(Input("ip4Src"), IPAddr("10.0.0.1")),
]), ActionList([Action([EQ(Output("port_id_out"), Port(2))])])),
Match([EQ(Input("ip4Src"), IPAddr("10.0.0.4"))]))
react2 = Reaction(
Match([EQ(Input("ip4Src"), IPAddr("10.0.0.3"))]),
Implies(Match([
EQ(Input("ip4Src"), IPAddr("10.0.0.2")),
]), ActionList([Action([EQ(Output("port_id_out"), Port(1))])])),
Match([EQ(Input("ip4Src"), IPAddr("10.0.0.4"))]))
reactions.append(react1)
reactions.append(react2)
#reactions.append(react)
EQ(Input("learnt", FreeVariable("X", "IPAddr")), Bool(False))
]), ActionList([Action([EQ(Output("port_id_out"), Port(100))])])))
tt2 = Invariant(
Implies(
Match([
EQ(Input("ip4Src"), FreeVariable("X", "IPAddr")),
]),
ActionList([
Action([
EQ(Output("learnt_out", FreeVariable("X", "IPAddr")),
Bool(True))
])
])))
react1 = Reaction(
Match([
EQ(Input("ip4Src"), FreeVariable("X", "IPAddr")),
EQ(Input("port_id"), FreeVariable("Y", "Port")),
]),
Implies(
Match([EQ(Input("ip4Dst"), FreeVariable("X", "IPAddr"))]),
ActionList(
[Action([EQ(Output("port_id_out"), FreeVariable("Y", "Port"))])])),
Match([EQ(Input("ip4Src"), IPAddr("10.0.0.255"))]))
invariants.append(tt)
invariants.append(tt2)
reactions.append(react1)
"""
inv2 = Invariant(
Implies(
Match([
EQ(Input("ip4Src"), IPAddr("127.0.0.1")),
]),
ActionList([Action([EQ(IPAddr("127.0.0.1"), IPAddr("127.0.0.1"))])])))
inv3 = Invariant(ActionList([Action([GT(Output("port_id_out"), Port(127))])]))
invariants.append(inv)
invariants.append(inv2)
invariants.append(inv3)
react = Reaction(
Match([
EQ(Input("ethSrc"), FreeVariable("X", "Mac")),
EQ(Input("port_id"), FreeVariable("P", "Port"))
]),
Implies(
Match([EQ(Input("ethDst"), FreeVariable("X", "Mac"))]),
ActionList([
Action([
EQ(Output("port_id_out"), FreeVariable("P", "Port")),
GT(FreeVariable("P", "Port"), Port(3))
]),
Action([NEQ(Output("port_id_out"), Port(3))]),
Action([GT(Port(5), Port(4))])
])), Match([EQ(IPAddr("127.0.0.1"), IPAddr("127.0.0.1"))]))
reactions.append(react)
state_var_list = list()
invariants = list()
precedences = list()
reactions = list()
sv = StateVar("block", Bool, False)
state_var_list.append(sv)
prec1 = Precedence.create(
Match([EQ(Input("ip4Src"), IPAddr("10.0.0.2"))]),
ActionList([Action([EQ(Output("block_out"), Bool(True))])]))
precedences.append(prec1)
react1 = Reaction(Match([EQ(Input("ip4Src"), IPAddr("10.0.0.4"))]),
ActionList([Action([EQ(Output("block_out"), Bool(True))])]),
Match([EQ(Input("ip4Src"), IPAddr("10.0.0.3"))]))
react2 = Reaction(Match([EQ(Input("ip4Src"), IPAddr("10.0.0.3"))]),
ActionList([Action([EQ(Output("block_out"), Bool(False))])]),
Match([EQ(Input("ip4Src"), IPAddr("10.0.0.4"))]))
inv = Invariant(
Implies(
Match([
EQ(Input("ip4Src"), IPAddr("10.0.0.1")),
EQ(Input("block"), Bool(False))
]), ActionList([Action([EQ(Output("port_id_out"), Port(2))])])))
inv2 = Invariant(
Implies(
Match([